The one loop vacuum energy in gauged extended supergravity is calculated in anti de Sitter space using zeta function regularisation. It vanishes for N greater-or-equal, slanted 5. The energy zeta function has no poles for N greater-or-equal, slanted 3
The β function of the vacuum energy density is computed at the four-loop level in massive O(N) symme...
The beta function of the vacuum energy density is analytically computed at the five-loop level in ...
In this paper, we provide an approach for the calculation of one-loop effective actions, vacuum ener...
The one loop vacuum energy in gauged extended supergravity is calculated in anti de Sitter space usi...
The relativistic invariant zeta-function approach to computation of the vacuum energy contribution t...
We use the zeta-function technique to calculate the one-loop effective potential for a scalar field ...
AbstractWe present a novel source for supersymmetry breaking in orientifold models, and show that it...
The relativistically invariant generalisation of the zeta-function method of evaluation of the vacuu...
We emphasize the close relationship between zeta function methods and arbitrary spectral cutoff regu...
AbstractAs was shown earlier, the one-loop correction in 10d supergravity on AdS5×S5 corresponds to ...
We study the renormalized energy-momentum tensor of gravitons in a de Sitter space-time. After canon...
As was shown earlier, the one-loop correction in 10d supergravity on AdS5×S5 corresponds to the cont...
We recently formulated a local mechanism of vacuum energy sequester. This mechanism automatically re...
This paper studies the one-loop expansion of the amplitudes of electromagnetism about flat Euclidea...
Considering the fundamental cutoff applied by the uncertainty relations’ limit on virtual particles’...
The β function of the vacuum energy density is computed at the four-loop level in massive O(N) symme...
The beta function of the vacuum energy density is analytically computed at the five-loop level in ...
In this paper, we provide an approach for the calculation of one-loop effective actions, vacuum ener...
The one loop vacuum energy in gauged extended supergravity is calculated in anti de Sitter space usi...
The relativistic invariant zeta-function approach to computation of the vacuum energy contribution t...
We use the zeta-function technique to calculate the one-loop effective potential for a scalar field ...
AbstractWe present a novel source for supersymmetry breaking in orientifold models, and show that it...
The relativistically invariant generalisation of the zeta-function method of evaluation of the vacuu...
We emphasize the close relationship between zeta function methods and arbitrary spectral cutoff regu...
AbstractAs was shown earlier, the one-loop correction in 10d supergravity on AdS5×S5 corresponds to ...
We study the renormalized energy-momentum tensor of gravitons in a de Sitter space-time. After canon...
As was shown earlier, the one-loop correction in 10d supergravity on AdS5×S5 corresponds to the cont...
We recently formulated a local mechanism of vacuum energy sequester. This mechanism automatically re...
This paper studies the one-loop expansion of the amplitudes of electromagnetism about flat Euclidea...
Considering the fundamental cutoff applied by the uncertainty relations’ limit on virtual particles’...
The β function of the vacuum energy density is computed at the four-loop level in massive O(N) symme...
The beta function of the vacuum energy density is analytically computed at the five-loop level in ...
In this paper, we provide an approach for the calculation of one-loop effective actions, vacuum ener...
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